In this paper, evaluation index system of human-machine system value was established and weight factors were affirmed by AHP.
通过人机系统的安全价值、使用价值和经济价值的评价，为构建和谐人机系统关系提供依据。
The design object is changed from the technical system to the human-machine system (human-technical subsystem-technical process-operation environment system).
把设计对象由技术系统上升到人机系统，即人—技术子系统—技术过程—作业环境系统。
Then, three safety modeling methods of human-machine system are introduced: probability logic method, Markov process method and random parameter function method.
然后介绍了用于人机一体化系统安全性建模的三种数据方法：概率逻辑法、马尔柯夫过程法和随即参数函数法。
Utlizing the theory means of Ergonomics, we make use of the dummy, which is made based on Chinese pilots? Anthropometric data, to simulate the Human-Machine system.
利用人机工程学的理论和方法，采用中国飞行员人体数据，运用人体模型进行人机系统计算机仿真。
By using functional method, the asymptotic stabitity of a solution of a repairable standby human-machine system is proved, by studing spectral properties of the operator corresponding to this system.
运用泛函分析的方法 ，通过分析系统主算子的谱特征 ，给出一类具有备用部件的可修人机系统解的渐近稳定性证明 。
The two sides of this equation cannot be mathematically unraveled; they are one system: lizard-mirror, plant/insect, rock-life, and now in modern times, human/machine.
等式的两端并不能精确地开解；它们同属一个系统：蜥蜴／镜子、植物／昆虫、岩石／生命，以及当代的人类／机器系统。
Reinforcing the edge and features of the image can make it clear to human vision character or recognition for machine system.
为了提高图像的清晰度使之更适合于人的视觉特性或机器的识别，需要对图像的特征或边缘进行加强。
The topology of control network, system management, communication between control equipment and CPU, human machine interface (HMI) were clarified.
阐述了控制网络的结构，系统的管理，所控制设备与控制器间的通讯及人机界面。
Aimed at the problem of Human Machine Interface (HMI) matching in mechanical system, an optimal algorithm based on an evaluation index is proposed.
针对机械系统人机界面的匹配问题，提出了一种以评价指标为基础的优化方法。
In this system, human, machine and environment interact and depend on each other determining the overall system performance.
这个系统中，人、机、环境三个要素之间相互作用、相互依存的关系决定着系统总体的性能。
Based on an analysis of the composition of drilling rig, characteristics of drilling process, and human features, a reliability model of man-machine control system for drilling process is established.
在全面分析钻井机械的组成、钻进过程的特点和人的特性的基础上，建立钻机钻进过程人机系统可靠性模型。
It is a human viz. machine system characterized with big territory, multiple targets, dynamicity, and complexity.
它是大跨度、多目标、动态性、复杂性的人-机系统。
ERBAC model is composed of three parts: system component, database and human-machine interface.
ERBAC模型的实现主要包括系统组件、数据库和人机界面三部分。
User interface is the key to success of a human machine system, especially to that of fighting systems.
人机接口设计的好坏关系到系统的成败，对于各种作战系统更是如此。
Results and Conclusion it indicates that in optical fiber gas concentration detecting system the virtual digital oscillograph has good detecting signal and a good human-machine interface and feature.
结果与结论在实际光纤气体浓度检测系统中的应用表明，该虚拟数字示波器很好地实现了检测信号的处理，并具有良好人机界面和性能。
Petroleum drilling project is a complex human-machine-environment system, so there are various uncertain factors in the process of production.
石油钻井工程是一个复杂的人-机-环境系统，生产过程中存在着各种不确定因素。
This system has conveniently human - machine interface , so can edIt'solutions produced by heuristics .
该系统具有方便的人机界面，能够对由启发式算法产生的解进行修改。
The sound wave energy is used in the amplifying system, and the stochastic human-machine interaction control function is realized.
提出了在扩声系统中利用声波能实现随机人机互动控制功能的方法。
Computerized human-machine intelligent, menu mode control system.
全电脑人机智能化、菜单模式控制系统。
However, a series problems of human-machine-environment relation will come into being because of the solar air-condition system being largely used.
然而，太阳能空调的大量使用也会带来一系列人-机-环境关系问题。
Japanese controlling system of wastage delivery device and 7 inch human-machine interface.
费料传递装置运用并采用日本控制系统、7寸人机界面操作。
Language recognition is a significant component of multilingual human-machine interface, as the front end of a speech recognition system.
语种识别是多语言人机接口的重要组成部分，主要用于系统前端。
Japanese controlling system of wastage delivery device 7 inch human-machine interface.
费料传递装置运用并采用日本控制系统、7寸人机界面操作。
In this paper we introduce the human-machine dialog system-GUIDE for guide information inquiry.
本文主要介绍了用于导游知识查询的人机口语对话系统——GUIDE。
Human-machine intelligence synergetic system is a synergetic system of human high level distinctive intelligence with respect to computer intelligence.
人机智能结合系统是一种人类独有的高层智能同计算机智能相结合的系统。
The identification and evaluation of high-tech products is a semi-structure problem, which is suitable for human-machine interactive Decision Support System (DSS) .
高新技术产品认定与评价工作完全是一种半结构化问题，正适合于建立人机交互的决策支持系统（DSS）。
The identification and evaluation of high-tech products is a semi-structure problem, which is suitable for human-machine interactive Decision Support System (DSS) .
高新技术产品认定与评价工作完全是一种半结构化问题，正适合于建立人机交互的决策支持系统（DSS）。
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